Biotic Interactions across Gradients and Scales is a valuable exploration of the intricate connections of the web of life. From foundational ecological principles to current macroecological perspectives, this book examines the various dimensions of biotic interactions across spatiotemporal gradients in terrestrial and aquatic environments. Its integrated approach is crucial to understanding the potential responses of ecological networks to unprecedented stressors, including climate change, anthropogenic impacts, and loss of connectivity and functional redundancy. Written by renowned subject matter experts from the global North and South, this book introduces the concept of biotic interactions before delving into the physical factors influencing ecological networks. Central chapters describe the tools, methods, and history of study of biotic interactions. Latter chapters explore such networks across aquatic and terrestrial domains, before concluding chapters discuss disruptive stressors and open science opportunities for future research endeavors. Case studies, boxed elements, and end chapter review questions ensure student mastery of content. Biotic Interactions across Gradients and Scales examines the complexity of biotic interactions in terms of eco-evolutionary dynamics and outlines the necessary tools for studying and integrating the current knowledge on the topic, thus helping to uncover insights into the causes and consequences of biotic interactions for the structure of biodiversity patterns. This is an indispensable resource for resource managers, conservationists, professors and students of ecology, evolution, and biodiversity conservation.

• Delivers detailed analyses of biotic interactions considering spatiotemporal scaling and levels of organization
• Enables readers to apply theoretical knowledge to real-world ecological challenges
• Synthesizes diverse perspectives from biological disciplines spanning evolution, biogeography, and macroecology
• Guides readers through the implications of climate change the future perspectives in the study of biotic interactions
• Facilitates student learning with clear chapter structure including chapter outlines, key term definitions, case studies, and end chapter review questions